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Far-Infrared Narrow-Band Photodetector Based on Magnetically Tunable Cyclotron Resonance-Assisted Transitions in Pure n-Type InSb

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Dmowski L. H., Cheremisin M., Skierbiszewski C., Knap W.
Acta Physica Polonica A
|
1997
|
vol. 92
|
issue 4
733-736
EN
We present the possibility of using magnetic field to enhance responsivity and to tune spectral range of far-infrared InSb detector (based on photoconductivity effect) beyond its standard range limited to about 30 cm^{-1}. We show that due to cyclotron resonance assisted transitions we can use it as a tunable detector working up to energies about 180 cm^{-1} (22 meV). We have used such a detector as a spectrometer for measurements of the Landau emission from GaAs emitter.
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